def test_bad_private_id(self):
alice_key = YubiKey(unhexlify(b'2627dc624cbd'), 6, 0)
otp = alice_key.generate()
token = encode_otp(otp, self.alice_aes, self.alice_public)
ok = self.alice_device.verify_token(token)
self.assertFalse(ok)
def test_bad_private_id(self):
alice_key = YubiKey(unhexlify(b'2627dc624cbd'), 6, 0)
otp = alice_key.generate()
token = encode_otp(otp, self.alice_aes, self.alice_public)
ok = self.alice_device.verify_token(token)
self.assertTrue(not ok)
def alice_token(self, session=None, counter=None):
otp = self.alice_key.generate()
if session is not None:
otp.session = session
if counter is not None:
otp.counter = counter
return otp, encode_otp(otp, self.alice_aes, self.alice_public)
def alice_token(self, session=None, counter=None):
otp = self.alice_key.generate()
if session is not None:
otp.session = session
if counter is not None:
otp.counter = counter
return otp, encode_otp(otp, self.alice_aes, self.alice_public)
def test_bad_decrypt(self):
otp = self.alice_key.generate()
token = encode_otp(otp, self.bob_aes, self.alice_public)
ok = self.alice_device.verify_token(token)
self.assertFalse(ok)
def test_bad_decrypt(self):
otp = self.alice_key.generate()
token = encode_otp(otp, self.bob_aes, self.alice_public)
ok = self.alice_device.verify_token(token)
self.assertTrue(not ok)